Impact of Treated Wastewater on Some Physicochemical Parameters Soil and Its Fungal Content
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- 英文论文题名：Impact of Treated Wastewater on Some Physicochemical Parameters Soil and Its Fungal Content
- 论文作者：Abdulmajeed Mlitan ; Abdullah Abofalga ; Abdelaziz Swalem
- 英文论文作者：Abdulmajeed Mlitan ; Abdullah Abofalga ; Abdelaziz Swalem ; the Department of Botany ; College of Science ; Misurata University ; Botany Department ; Misurat University
- 年：2015
- 作者机构：the Department of Botany,College of Science,Misurata University;Botany Department,Misurata University;
- 英文论文关键词：Soil quality ; physicochemical parameters ; west water interstitial
- 会议召开时间：2015-05-01
- 会议录名称：International Journal of Environmental Science and Development Vol.6 No.5
- 语种：英文
- 分类号：X703;X53
- 学会代码：CDYA
- 学会名称：成都亚昂教育咨询有限公司
- 页数：6
- 文件大小：1151k
- 原文格式：D
摘要
This study was carried out to investigate the effect of treated wastewater on soil chemical and physical properties. Field experiment was conducted in Misurata region in central Libya with water treatments of wastewater. The Soil physicochemical parameters such as, p H, water content, total soluble salts, Cadmium, Zinc, Lead, Cupper and Iron of soil added treated industrial west water. The results reveal that the some sampling sites were affected by industrial west water pollution. Soil water content ranged from 7.68 to 19.56. %. Total soluble salts ranged from 272.6 to 300 ppm and soil p H ranged from 7.7 to 8.0. and showed no appreciable differences within localities. The all tested metals increased from first location to the third location except Iron. The irrigation system had a significant effect on Total soluble salts and microbial flora. Isolated microbial flora consists of 4 fungal genera belonging to, Aspergillus, Penicillium, Rizopus and Fusarium. The latter and one of the Aspergillus spices(Aspergillus sp3) may consider one of the resistance fungi to industrial west water due to its large colonies numbers isolated from water contaminated metals area.
This study was carried out to investigate the effect of treated wastewater on soil chemical and physical properties. Field experiment was conducted in Misurata region in central Libya with water treatments of wastewater. The Soil physicochemical parameters such as, p H, water content, total soluble salts, Cadmium, Zinc, Lead, Cupper and Iron of soil added treated industrial west water. The results reveal that the some sampling sites were affected by industrial west water pollution. Soil water content ranged from 7.68 to 19.56. %. Total soluble salts ranged from 272.6 to 300 ppm and soil p H ranged from 7.7 to 8.0. and showed no appreciable differences within localities. The all tested metals increased from first location to the third location except Iron. The irrigation system had a significant effect on Total soluble salts and microbial flora. Isolated microbial flora consists of 4 fungal genera belonging to, Aspergillus, Penicillium, Rizopus and Fusarium. The latter and one of the Aspergillus spices(Aspergillus sp3) may consider one of the resistance fungi to industrial west water due to its large colonies numbers isolated from water contaminated metals area.
This study was carried out to investigate the effect of treated wastewater on soil chemical and physical properties. Field experiment was conducted in Misurata region in central Libya with water treatments of wastewater. The Soil physicochemical parameters such as, p H, water content, total soluble salts, Cadmium, Zinc, Lead, Cupper and Iron of soil added treated industrial west water. The results reveal that the some sampling sites were affected by industrial west water pollution. Soil water content ranged from 7.68 to 19.56. %. Total soluble salts ranged from 272.6 to 300 ppm and soil p H ranged from 7.7 to 8.0. and showed no appreciable differences within localities. The all tested metals increased from first location to the third location except Iron. The irrigation system had a significant effect on Total soluble salts and microbial flora. Isolated microbial flora consists of 4 fungal genera belonging to, Aspergillus, Penicillium, Rizopus and Fusarium. The latter and one of the Aspergillus spices(Aspergillus sp3) may consider one of the resistance fungi to industrial west water due to its large colonies numbers isolated from water contaminated metals area.
引文
[1]E.Y.Oyinlola and I.A.Aliyu,“Effect of town waste and fertilizer on growth and heavy metal concentration of tomato plant,”Chem.Class Journal,vol.2,pp.32-35,2005.
[2]K.Dilip,Introductory Soil Science,2nd ed.Kalyani Publishers,2006.
[3]T.Streck and J.Richter,“Heavy metal displacement in a sandy soil at the field scale:I.Measurements and parameterization of sorption,”J.Environ.Qual.,vol.26,pp.49-56,1997.
[4]A.Mlitan and E.Hack.“Effects of some cement constituents on growth of Aspergillus nidulans,”presented at the 163rd SGM Trinity College Dublin Meeting,8-11 September,2008.
[5]T.Noriko,H.Shighisa,and S.Yoshio,“Seasonal changes in species composition and production of periphyton in an urban river running through a Pb and copper mining region,”Japan.J.Limnol.,vol.51,pp.225-235,1990.
[6]D.G.Woodfine,M.Havas,and J.Acreman,“Nickel and copper tolerance of phytoplankton isolated from a recovering lake near Sudbury,Canada.Geochemistry,”Exploration,Environ.Anal.,vol.2,no.2,pp.203-207,2003.
[7]M.M.Alshroshi,“The effect of wastewater on vegetables in different areas in Misurata city,”Msc Thesis,Nasher University,Misurata,Libya,pp.13,1999.
[8]J.Abedi-Koupai,B.Mostafazadeh-Fard,M.Afyuni,and M.R.Bagheri“Effect of treated wastewater on soil chemical and physical properties in an arid region,”Plant Soil Environ.,vol.52,no.8,pp.335–344.2006.
[9]P.Najafi and S.Nasr,“Comparison effects of wastewater on soil chemical properties in three irrigation methods,”Journal Research on Crops.,vol.10,no.2,pp.277-280,2009.
[10]AOAC,Methods of Analysis,14th ed.Washington D.C.,1984.
[11]R.K.Chaturvedi and K.Sanka,Laboratory Manual for the Physico-Chemical Analysis of Soil,Water and Plant,Wildlife Institute of India,Dehradun,2006.
[12]H.Biyik,A.Imali,E.Atalan,S.Tufenkci,and E.Ogun.“Diversity of microfungi in soil polluted by cement factory,”Fresenius Environmental Bulletin,vol.14,pp.130-137,2005.
[13]A.A.Alyasery,“Study of phisichemical of different areas in Sok Asheuak and Alhbayesh in De gar,”De gar Gournal,vol.3,no.3,pp.103-107.2007.
[14]D.V.Sonawane,S.P.Lawande,V.B.Gaikwad,and S.R.Kuchekar.“Impact of industrial wastewater on soil quality and organic matter around kurkumbh Industrial area daund,pune district(MS),”Int.J.Chem.Sci.,vol.8,no.1,pp.97-102,2010.
[15]F.M.Almhashi,“Some physical and ecological studies for soil fungi in Misurata-Libya,”MSC Thesis,Nasser University,Misurata,Libya,p.125,1999.
[16]S.N.N.Al-Seedi and F.J.F.Al-Auboody,“Ecological study on some physical and chemical properties of Al-Gharaf river water in Thi-Qar governorate,”Journal of College of Education,vol.1,no.4.pp.44-50,2011.
[17]M.S.M.Saber,“Prolong effect of land disposal of human waste on soil conditions,”Water Sci.Technol.,vol.18,pp.371-374.1986
[18]D.J.Silver and L.E.Sommers,“Extractability of Cu,Zn,Cd and Pb in soils incubated with sewage sludge,”J.Environ.Qual.,vol.6,pp.47-52,1977.
[19]R.Boll,H.Dernbach and R.Kayser,“Aspects of land disposal of wastewater as experienced in Germany,”Water Sci.Technol.,vol.18,pp.383-390,1986.
[20]A.Mlitan,A.Alajtal,and A.Alsadawy,“Toxicity of heavy metals and microbial analysis of soil samples collected from the area around Zliten cement factory,”Open Journal of Air Pollution,vol.2,no.1,pp.25-28.2013.
[21]A.B.Mlitan,“Heavy metals and microbial toxicity of analysis of soil samples near Iron and Still Factory(Misurata,Libya),”in Proc.2nd International Conference on Chemical,Environmental and Biological Sciences,Dubai,UAE,March 17-18,2013.
[22]D.A.Ade-Ademilua and O.E.Obalola,“The effect of cement dust pollution on Celosia Argentea Lagos Spinach plant,”Journal of Environment Science and Technology,vol.1,pp.47-55,2008.
[23]O.A.Al-Khashman and R.A.Shawabkeh,“Metals distribution in soils around the cement factory in southern Jordan,”Environmental Pollution,vol.140,pp.387-394.2006.
[24]M.M.Bagy,“Saprophytic and keratinophilic fungi isolated from desert and cultivated soils continuously exposed to cement dust particles in Egypt.Zentralbl,”Mikrobiolo.vol.147,pp.418-426,1992.
[25]G.M.Gadd,“Interactions of fungi with toxic metals,”New Phytologist,vol.124,pp.25-60,1993.
[26]A.M.J.Almamoori,F.M.Hassan,and T.I.Kassim,“Impact of industrial waste water on the properties of one major drainage in the region of the middle Euphrates/Iraq,”Int.J.Chem.Sci.,vol.10,no.4,pp.1785-1798,2012.
[2]K.Dilip,Introductory Soil Science,2nd ed.Kalyani Publishers,2006.
[3]T.Streck and J.Richter,“Heavy metal displacement in a sandy soil at the field scale:I.Measurements and parameterization of sorption,”J.Environ.Qual.,vol.26,pp.49-56,1997.
[4]A.Mlitan and E.Hack.“Effects of some cement constituents on growth of Aspergillus nidulans,”presented at the 163rd SGM Trinity College Dublin Meeting,8-11 September,2008.
[5]T.Noriko,H.Shighisa,and S.Yoshio,“Seasonal changes in species composition and production of periphyton in an urban river running through a Pb and copper mining region,”Japan.J.Limnol.,vol.51,pp.225-235,1990.
[6]D.G.Woodfine,M.Havas,and J.Acreman,“Nickel and copper tolerance of phytoplankton isolated from a recovering lake near Sudbury,Canada.Geochemistry,”Exploration,Environ.Anal.,vol.2,no.2,pp.203-207,2003.
[7]M.M.Alshroshi,“The effect of wastewater on vegetables in different areas in Misurata city,”Msc Thesis,Nasher University,Misurata,Libya,pp.13,1999.
[8]J.Abedi-Koupai,B.Mostafazadeh-Fard,M.Afyuni,and M.R.Bagheri“Effect of treated wastewater on soil chemical and physical properties in an arid region,”Plant Soil Environ.,vol.52,no.8,pp.335–344.2006.
[9]P.Najafi and S.Nasr,“Comparison effects of wastewater on soil chemical properties in three irrigation methods,”Journal Research on Crops.,vol.10,no.2,pp.277-280,2009.
[10]AOAC,Methods of Analysis,14th ed.Washington D.C.,1984.
[11]R.K.Chaturvedi and K.Sanka,Laboratory Manual for the Physico-Chemical Analysis of Soil,Water and Plant,Wildlife Institute of India,Dehradun,2006.
[12]H.Biyik,A.Imali,E.Atalan,S.Tufenkci,and E.Ogun.“Diversity of microfungi in soil polluted by cement factory,”Fresenius Environmental Bulletin,vol.14,pp.130-137,2005.
[13]A.A.Alyasery,“Study of phisichemical of different areas in Sok Asheuak and Alhbayesh in De gar,”De gar Gournal,vol.3,no.3,pp.103-107.2007.
[14]D.V.Sonawane,S.P.Lawande,V.B.Gaikwad,and S.R.Kuchekar.“Impact of industrial wastewater on soil quality and organic matter around kurkumbh Industrial area daund,pune district(MS),”Int.J.Chem.Sci.,vol.8,no.1,pp.97-102,2010.
[15]F.M.Almhashi,“Some physical and ecological studies for soil fungi in Misurata-Libya,”MSC Thesis,Nasser University,Misurata,Libya,p.125,1999.
[16]S.N.N.Al-Seedi and F.J.F.Al-Auboody,“Ecological study on some physical and chemical properties of Al-Gharaf river water in Thi-Qar governorate,”Journal of College of Education,vol.1,no.4.pp.44-50,2011.
[17]M.S.M.Saber,“Prolong effect of land disposal of human waste on soil conditions,”Water Sci.Technol.,vol.18,pp.371-374.1986
[18]D.J.Silver and L.E.Sommers,“Extractability of Cu,Zn,Cd and Pb in soils incubated with sewage sludge,”J.Environ.Qual.,vol.6,pp.47-52,1977.
[19]R.Boll,H.Dernbach and R.Kayser,“Aspects of land disposal of wastewater as experienced in Germany,”Water Sci.Technol.,vol.18,pp.383-390,1986.
[20]A.Mlitan,A.Alajtal,and A.Alsadawy,“Toxicity of heavy metals and microbial analysis of soil samples collected from the area around Zliten cement factory,”Open Journal of Air Pollution,vol.2,no.1,pp.25-28.2013.
[21]A.B.Mlitan,“Heavy metals and microbial toxicity of analysis of soil samples near Iron and Still Factory(Misurata,Libya),”in Proc.2nd International Conference on Chemical,Environmental and Biological Sciences,Dubai,UAE,March 17-18,2013.
[22]D.A.Ade-Ademilua and O.E.Obalola,“The effect of cement dust pollution on Celosia Argentea Lagos Spinach plant,”Journal of Environment Science and Technology,vol.1,pp.47-55,2008.
[23]O.A.Al-Khashman and R.A.Shawabkeh,“Metals distribution in soils around the cement factory in southern Jordan,”Environmental Pollution,vol.140,pp.387-394.2006.
[24]M.M.Bagy,“Saprophytic and keratinophilic fungi isolated from desert and cultivated soils continuously exposed to cement dust particles in Egypt.Zentralbl,”Mikrobiolo.vol.147,pp.418-426,1992.
[25]G.M.Gadd,“Interactions of fungi with toxic metals,”New Phytologist,vol.124,pp.25-60,1993.
[26]A.M.J.Almamoori,F.M.Hassan,and T.I.Kassim,“Impact of industrial waste water on the properties of one major drainage in the region of the middle Euphrates/Iraq,”Int.J.Chem.Sci.,vol.10,no.4,pp.1785-1798,2012.